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INDOOR /OUTDOOR FIBER OPTIC CABLE 6core

Short Description:

Gel filled single loose tube cable with dielectric armour for indoor / outdoor installation. Strength members composed of fibreglass yarns. The fibreglass yarns provide a repellent for small rodents  High tensile strength. LSZH thermoplastic outer sheath. Available up to 24 fibres.

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Product Detail

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Structure

The central stainless steel tube is surrounded by single layer of Aluminum Clad Steel wires (ACS wires). The tube is filled with water-resistant gel. This tube provides complete protection to the fibers from longitudinal and lateral water/moisture ingress.
The interstices in between the stainless steel tube and the metallic wires are filled with anti-corrosive grease for protection from corrosion.
The stainless steel tube is hermetically sealed by seamless welding.

Application

Suitable for internal/external plumbing applications.
Ideal for environments requiring rodent protection
Great for link building in a campus setting.
Loose tube fiber optics for indoor and outdoor use.

Features

1. Up to 24 fibers available
2. Standard SM and MM options available
3. High water resistance.
4. UV resistant jacket
5. Conforms to IEC standard

CABLE DESIGN

1.1 Technical data sheet:

Part code

IN/OUT-XXXF

Number of Fibers

Unit

2/4/6/8/12

16/24

Number of fiber in tube

Nos

2/4/6/8/12

16/24

Number of loose tube

Nos

1

1

strength member

Material

Fiberglass yarn

Fiberglass yarn

Loose  tube

Material

PBT

Size(mm)

2.5

3.0

Outer sheath

Material

LSZH

LSZH

Cable nominal  Diameter

MM ±0.2

7.0

7.5

Cable nominal weight

Kg/Km ±5

75

80

Max Tension Load

N

2100

2400

Span

120M

Max. crush resistance

N

2000 (Short term) / 1000 (Long term)

Min. bending radius

At full load 20 x Cable OD (including  poles) At no load 15 x Cable OD

Temperature range

Installation -0 -> +50  Operation -10 -> +70

1.2 Optical Characteristics SINGLE MODE G652D:

Mode Field Diameter @ 1310 nm

8.7-9.5 mum

Mode Field Diameter @ 1550 nm

9.8-10.8mum

Cladding diameter

125.0 ±±  0.7mm

Core/cladding concentricity error

0.6 um

Cladding non-circularity

1.0 %

Refractive index profile

Step

Design

Matched cladding

Primary coating material

UV curable acrylate

Primary coating Diameter

235-250um

Optical Characteristics

Attenuation

@ 1310nm

 0.36 dB/km (cabling)

@ 1383±3nm

0.34 dB/km

@ 1550nm

0.22dB/km  (cabling)

Dispersion

@ 1288 ~ 1339nm

 3.5 ps/nm×km

@ 1550nm

 18 ps/nm×km

Zero dispersion wavelength

1300 – 1324 nm

Dispersion slope at zero dispersion wavelength

0.092 ps/nm2×km

Cabled cut-off wavelength (lcc)

 1260 nm

Polarization mode dispersion link value

 0.2 ps/√km

Mechanical Characteristics

Proof stress level

≥0.69 GPa

The loss increase of 100 turns of fiber loosely wound with

0.05dB (at 1550nm)

25mm radius

Effective group index of refraction Neff

1.466(at 1310nm)

Effective group index of refraction Neff

1.467 (at 1550nm)

1.3 Main mechanical Factory Routine Test:

Parameter

Test method

Test conditions

Acceptance criteria

Tensile  strength

IEC 60794-1-21-E1

 

As per cable maximum tensile strength (max. Working tension) in table above

After 30 minutes  the maximum strain on the fibre should not exceed 0.2% and no attenuation change throughout test

Crush

IEC 60794-1-21-E3

Short time: 10 min Long time: 120 min

Load: As per maximum crush resistance in table above

Number of positions: 3 adjacent sections (ensuring one over tube and one over lay reversal

No damage  to the sheath or to the core structure and no attenuation change throughout test

Impact

IEC 60794-1-21-E4

Weight: 1.5 kg

Height: 1.0 m

Anvil radius: 12.5 mm Impacts: 1

After 5 minutes  no fibre breaks, no damage  to the sheath or to the core structure and no attenuation change throughout test

Torsion

IEC 60794-1-21-E7

Sample length: 1 m

Rotation: a) 180º clockwise, b) return to starting position, c) 180º anticlockwise, d) return to starting position. Four movements constitute one cycle).

Complete 10 cycles (a to d) in one minute maximum

During  the final tenth cycle at a), c) and after completion (no rotation) check transmitting  fibres. No fibre breaks, no damage  to the sheath or to the

core structure and no attenuation change throughout test

Bend

Bend under tension

IEC 60794-1-21- E11

Concurrent to

tensile test IEC 60794-1-21-E18A

Mandrel diameter: 30 x Cable OD Bend: 360º (1turn)

Mandrel diameter: 40 x Cable OD Bend: 360º (1turn)

No attenuation change throughout test

After 1minutenofibre breaks, no damage to thes heath or to the core structure and no attenuation change throughout test

Temperature cycling

IEC 60794-1-22-F1

Sample length: 1000 m (minimum)

Temperature range:

– 10 °C to +70 °C

1.3 Main mechanical Factory Routine Test:

Fumigated stronger wooden coil or iron wooden coil idea for long distance delivery .and idea size for the optimized the container loading.
Delivery length: 1-2KM


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